CUET UG Economics Booster Test 2 - Basic Concepts of Macroeconomics
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QUESTION 1 OF 20
The economic wealth of a nation does not depend on mere possession of resources, but rather on how these resources are combined with human energies to generate a _____.
QUESTION 2 OF 20
Match the contributions to production (List 1) with their respective remunerations (List 2):
| List 1 | List 2 |
|---|---|
| 1. Human labour | a. Rent |
| 2. Capital | b. Profit |
| 3. Entrepreneurship | c. Wage |
| 4. Fixed natural resources | d. Interest |
QUESTION 3 OF 20
Which of the following combinations of statements about final goods transformed during consumption is correct?
I. Tea leaves brewed in a restaurant for sale to customers are considered final goods.
II. Cooking at home is not an economic activity, even though the food undergoes transformation.
III. Home cooked food is not sold to the market, so it remains out of the active economic flow.
QUESTION 4 OF 20
Steel sheets used for making automobiles and copper used for making utensils are classic examples of:
QUESTION 5 OF 20
Arrange the following items from the lowest durability (consumed immediately) to the highest durability (used for continuous production cycles):
1. Machines in a factory
2. Food
3. Consumer electronics
QUESTION 6 OF 20
Capital goods differ from ordinary consumption goods because:
I. They are consumed immediately by the ultimate consumer.
II. They don't get transformed in the production process and continue to aid production.
QUESTION 7 OF 20
Assertion (A): Automobiles and home computers are consumer durables.
Reason (R): They are extinguished by immediate or short-period consumption.
QUESTION 8 OF 20
Because capital goods gradually undergo wear and tear over time, they require:
QUESTION 9 OF 20
If a simple economy produces 100 final shirts at Rs 500 each and 50 final tables at Rs 2000 each, what is the aggregate monetary value of final output?
QUESTION 10 OF 20
While dealing with the value of output, the value of final goods already includes the value of _____, meaning counting them separately highly exaggerates the final value.
QUESTION 11 OF 20
A farmer producing cotton sells it to a spinning mill, which turns it into yarn. In this specific productive process, the raw cotton acts as:
QUESTION 12 OF 20
A baker buys Rs 50 of wheat to make Rs 200 of bread. To avoid double counting, the net contribution (value added) of the baker is calculated as:
QUESTION 13 OF 20
Variables that are measured at a specific point in time, and do not refer to a period, are formally known as:
QUESTION 14 OF 20
Match the economic variable (List 1) with its classification (List 2):
| List 1 | List 2 |
|---|---|
| 1. Inventory of unsold goods on Jan 1st | a. Flow |
| 2. Monthly salary of a worker | b. Flow |
| 3. Number of machines in a factory today | c. Stock |
| 4. Annual profit of a corporation | d. Stock |
QUESTION 15 OF 20
The change in a firm's inventory calculated over a specific year is considered:
QUESTION 16 OF 20
Why must income or output be defined over a delineated time period?
QUESTION 17 OF 20
QUESTION 18 OF 20
QUESTION 19 OF 20
All the capital goods produced in a year, including those meant for replacing existing capital, constitute the _____ of an economy.
QUESTION 20 OF 20
If Gross Investment is Rs 10,000 crores and Depreciation (replacement of existing capital) is Rs 2,000 crores, what is the new capital formation (Net Investment)?
Test Complete!
Answer Review
1 The economic wealth of a nation does not depend on mere possession of resources, but rather on how these resources are combined with human energies to generate a _____.
�� Economic growth depends on productive use of resources. �� Production requires the combination of resources and human effort. �� This combination creates a continuous flow of production.
The economic prosperity of a nation depends not merely on possessing natural or man-made resources but on how effectively these resources are combined with human labour and entrepreneurship to produce goods and services. This continuous creation of goods and services is known as the flow of production. Hence, Option D is correct. Option A is incorrect because double counting is an error in national income estimation. Option B is incorrect because capital wear and tear refers to depreciation. Option C is incorrect because production depends on all factors of production, not a single entrepreneur. Option D correctly describes the result of combining resources with human effort.
- �� Option A → double count
- Double counting is an accounting error that overestimates national income.
- �� Option B → capital wear and tear
- This refers to depreciation, not the objective of combining productive resources.
- �� Option C → single entrepreneur enterprise
- Production requires all factors of production rather than entrepreneurship alone.
Used
- Contextual/Tonal Matching
Application:
- Identify the phrase that logically completes the production concept discussed in the statement.
Final Logic:
- Combining resources with human effort generates a flow of production; therefore, Option D is correct.
Resources + Labour = Production Flow
2 Match the contributions to production (List 1) with their respective remunerations (List 2):
| List 1 | List 2 |
|---|---|
| 1. Human labour | a. Rent |
| 2. Capital | b. Profit |
| 3. Entrepreneurship | c. Wage |
| 4. Fixed natural resources | d. Interest |
�� Every factor of production earns a specific reward. �� Labour earns wages, capital earns interest. �� Entrepreneurship earns profit and land earns rent.
Economics assigns a specific remuneration to each factor of production: Human labour → Wages Capital → Interest Entrepreneurship → Profit Fixed natural resources (Land) → Rent Thus, the correct matching is 1-c, 2-d, 3-b, 4-a, making Option D correct. The other options mismatch one or more factor-income relationships and therefore do not follow the standard NCERT classification.
- �� Option A → 1-b, 2-c, 3-d, 4-a
- Incorrectly assigns profit to labour and wages to capital.
- �� Option B → 1-a, 2-b, 3-c, 4-d
- Incorrectly exchanges almost every remuneration.
- �� Option C → 1-d, 2-a, 3-b, 4-c
- Incorrectly assigns interest to labour and rent to capital.
Used
- Option Grouping
Application:
- Recall each factor-reward pair and eliminate options containing incorrect combinations.
Final Logic:
- Labour–Wages, Capital–Interest, Entrepreneurship–Profit, Land–Rent; therefore, Option D is correct.
LWIP → Labour-Wages, Interest-Capital, Profit-Entrepreneur, Rent-Land
3 Which of the following combinations of statements about final goods transformed during consumption is correct?
I. Tea leaves brewed in a restaurant for sale to customers are considered final goods.
II. Cooking at home is not an economic activity, even though the food undergoes transformation.
III. Home cooked food is not sold to the market, so it remains out of the active economic flow.
�� Home cooking is a non-market activity. �� Goods produced for self-consumption are outside the active economic flow. �� Restaurant production is a market activity, but tea leaves themselves are intermediate goods.
Statement II is correct because cooking at home is generally treated as a non-economic activity in national income accounting since it is not exchanged in the market. Statement III is also correct because home-cooked food is consumed by the household itself and is not sold in the market, so it remains outside the active economic flow. Statement I is incorrect because the tea leaves used by the restaurant are intermediate goods. The cup of tea sold to customers is the final good or service, not the tea leaves themselves. Therefore, only Statements II and III are correct, making Option B the correct answer.
- �� Option A → I and II
- Incorrect because Statement I is false.
- �� Option C → I and III
- Incorrect because Statement I is false.
- �� Option D → I, II, and III
- Incorrect because all three statements are not true.
Used
- Option Grouping
Application:
- Evaluate each statement independently before selecting the combination.
Final Logic:
- Only Statements II and III satisfy NCERT definitions; therefore, Option B is correct.
Home Cooking = Non-Market
4 Steel sheets used for making automobiles and copper used for making utensils are classic examples of:
�� These goods are used as production inputs. �� They undergo further transformation. �� Their value becomes part of the final product.
Steel sheets and copper are purchased by producers for further processing into automobiles and utensils. Since they undergo additional transformation before reaching consumers, they are intermediate goods. Their value is incorporated into the final goods and should not be counted separately while estimating national income. Therefore, Option A is correct. Option B is incorrect because capital goods help produce goods but are not transformed. Option C is incorrect because these materials are not purchased for final use. Option D is incorrect because consumer durables are long-lasting household goods.
- �� Option B → Capital goods
- Capital goods assist production but are not converted into the final product.
- �� Option C → Final goods
- Final goods are purchased for ultimate consumption or investment.
- �� Option D → Consumer durables
- Consumer durables are used directly by households.
Used
- Elimination
Application:
- Differentiate goods used as production inputs from goods used directly by consumers.
Final Logic:
- Steel sheets and copper are production inputs; therefore, Option A is correct.
Raw Material = Intermediate Good
5 Arrange the following items from the lowest durability (consumed immediately) to the highest durability (used for continuous production cycles):
1. Machines in a factory
2. Food
3. Consumer electronics
�� Food is consumed immediately. �� Consumer electronics last for several years. �� Factory machines have the longest productive life.
The order should move from least durable to most durable. Food is consumed almost immediately after purchase. Consumer electronics such as televisions and computers provide services for several years. Machines in factories are capital goods designed to operate through multiple production cycles and generally have the longest useful life. Hence, the correct sequence is: Food → Consumer Electronics → Factory Machines 2 → 3 → 1 Therefore, Option D is correct.
- �� Option A → 1, 3, 2
- Incorrect because it begins with the most durable item instead of the least durable.
- �� Option B → 3, 2, 1
- Incorrect because consumer electronics are more durable than food.
- �� Option C → 2, 1, 3
- Incorrect because factory machines are generally more durable than consumer electronics.
Used
- Odd One Out
Application:
- Compare the useful life of each item and arrange them from shortest to longest.
Final Logic:
- Food has the shortest life, consumer electronics have medium durability, and factory machines last the longest; therefore, Option D is correct.
Food → TV → Factory
6 Capital goods differ from ordinary consumption goods because:
I. They are consumed immediately by the ultimate consumer.
II. They don't get transformed in the production process and continue to aid production.
�� Capital goods help in producing other goods and services. �� They are not directly consumed by households. �� They continue to provide productive services over multiple production cycles.
Capital goods such as machinery, tools, and factory equipment are used to produce other goods and services. They are not consumed immediately by the final consumer and generally do not undergo transformation into another product. Instead, they continue to aid production over several production cycles. Statement I is incorrect because immediate consumption is a feature of consumption goods, not capital goods. Statement II is correct because capital goods continue to assist production without being transformed into the final product. Therefore, Option C (II only) is correct.
- �� Option A → I only
- Incorrect because Statement I is false.
- �� Option B → Both I and II
- Incorrect because Statement I is incorrect.
- �� Option D → Neither I nor II
- Incorrect because Statement II is true.
Used
- Option Grouping
Application:
- Evaluate each statement separately based on the characteristics of capital goods.
Final Logic:
- Only Statement II correctly describes capital goods; therefore, Option C is correct.
Capital Helps, Doesn't Get Used Up
7 Assertion (A): Automobiles and home computers are consumer durables.
Reason (R): They are extinguished by immediate or short-period consumption.
�� Consumer durables provide utility over several years. �� Automobiles and home computers are consumer durables. �� They are not exhausted through immediate consumption.
The Assertion is correct because automobiles and home computers are examples of consumer durables that provide services for a long period. The Reason is incorrect because consumer durables are not extinguished immediately after use. Instead, they continue providing utility for many years before they wear out. Therefore, Option B is correct.
- �� Option A → Both false
- Incorrect because the Assertion is true.
- �� Option C → Both true, R explains A
- Incorrect because the Reason is false.
- �� Option D → A false, R true
- Incorrect because the Assertion is true and the Reason is false.
Used
- Elimination
Application:
- Evaluate the Assertion and Reason independently before selecting the appropriate combination.
Final Logic:
- The Assertion is true while the Reason contradicts the definition of consumer durables; therefore, Option B is correct.
Durable = Long Life
8 Because capital goods gradually undergo wear and tear over time, they require:
�� Capital goods depreciate over time. �� Repair and replacement maintain productive capacity. �� Replacement investment preserves capital stock.
Capital goods such as machines and factory equipment experience wear and tear due to continuous use. This process is known as depreciation. To maintain the productive capacity of an economy, these assets must be repaired or gradually replaced. Option A correctly states the requirement for maintaining capital goods. Option B is incorrect because capital goods are not converted into intermediate goods. Option C is incorrect because capital goods are durable assets. Option D is incorrect because replacement investment is included in gross investment. Therefore, Option A is correct.
- �� Option B → Immediate transformation into intermediate goods
- Capital goods assist production but are not transformed into raw materials.
- �� Option C → Complete extinction after a single use
- This describes perishable consumption goods rather than capital goods.
- �� Option D → Exclusion from the gross investment calculation
- Replacement investment forms part of gross investment.
Used
- Contextual/Tonal Matching
Application:
- The phrase "wear and tear" directly relates to depreciation and replacement.
Final Logic:
- Depreciated capital requires repair or replacement; therefore, Option A is correct.
Wear → Repair → Replace
9 If a simple economy produces 100 final shirts at Rs 500 each and 50 final tables at Rs 2000 each, what is the aggregate monetary value of final output?
�� Total output is measured using monetary value. �� Add the value of all final goods. �� Sum the values of shirts and tables.
Calculate the value of each final good separately. Value of shirts = 100 × Rs 500 = Rs 50,000 Value of tables = 50 × Rs 2,000 = Rs 1,00,000 Aggregate monetary value = Rs 50,000 + Rs 1,00,000 = Rs 1,50,000 Thus, the correct answer is: Option D = Rs 150,000
- �� Option A → 150 units
- This measures quantity, not monetary value.
- �� Option B → Rs 100,000
- Ignores the value of shirts.
- �� Option C → Rs 250,000
- Incorrect total after calculation.
Used
- Substitution
Application:
- Substitute the numerical values into the formula:
- Total Output = Price × Quantity of each final good.
Final Logic:
- Rs 50,000 + Rs 1,00,000 = Rs 1,50,000; therefore, Option D is correct.
Output = Price × Quantity
10 While dealing with the value of output, the value of final goods already includes the value of _____, meaning counting them separately highly exaggerates the final value.
�� Intermediate goods are used in producing final goods. �� Their value is already included in the final product. �� Counting them separately causes double counting.
The value of intermediate goods becomes part of the value of final goods during production. Therefore, while calculating national income, only final goods are counted. Counting intermediate goods separately would duplicate their value and overestimate national income. Option A is incorrect because monetary flows are not embedded in final goods. Option B is incorrect because fixed capital is not included as an intermediate input in this context. Option C correctly identifies intermediate goods. Option D is incorrect because consumer durables are final goods. Therefore, Option C is correct.
- �� Option A → monetary flows
- Monetary flows are not components of final goods.
- �� Option B → fixed capital
- Fixed capital provides productive services but is not counted as an intermediate input.
- �� Option D → consumption durables
- Consumer durables themselves are final goods.
Used
- Contextual/Tonal Matching
Application:
- Focus on the phrase "already includes the value," which directly refers to intermediate goods.
Final Logic:
- Only intermediate goods are already included in the value of final goods; therefore, Option C is correct.
Final Goods Already Include Intermediate Goods
11 A farmer producing cotton sells it to a spinning mill, which turns it into yarn. In this specific productive process, the raw cotton acts as:
�� Raw cotton is used in further production. �� It is transformed into yarn. �� Therefore, it is an intermediate good (input).
Raw cotton produced by the farmer is not meant for final consumption. Instead, it is purchased by the spinning mill to manufacture yarn. Since it undergoes further processing before reaching the final consumer, it functions as an intermediate good (input). Therefore, Option B is correct. Option A is incorrect because consumer durables are final goods used repeatedly by households. Option B is correct because raw cotton serves as an input in production. Option C is incorrect because capital goods assist production but are not transformed into the final product. Option D is incorrect because raw cotton is not purchased for final consumption.
- �� Option A → A consumer durable
- Consumer durables provide long-term utility to households and are not production inputs.
- �� Option C → A capital good
- Capital goods help produce other goods but remain intact during production, unlike raw cotton.
- �� Option D → A final consumption good
- Raw cotton undergoes further processing and therefore is not a final good.
Used
- Contextual/Tonal Matching
Application:
- Identify whether the good undergoes further production before reaching the consumer.
Final Logic:
- Since raw cotton is processed into yarn, it is an intermediate good; therefore, Option B is correct.
Raw Material = Intermediate Good
12 A baker buys Rs 50 of wheat to make Rs 200 of bread. To avoid double counting, the net contribution (value added) of the baker is calculated as:
�� Value added equals output value minus input value. �� It prevents double counting. �� Only the baker's contribution is counted.
The Value Added Method measures the additional value created at each stage of production. Formula: Value Added = Value of Output − Value of Intermediate Inputs Here, Value of bread = Rs 200 Value of wheat = Rs 50 Therefore, Value Added = Rs 200 − Rs 50 = Rs 150 Hence, Option A is correct. Option A correctly calculates value added. Option B double counts the value of wheat. Option C gives a ratio rather than value added. Option D shows only the cost of the input.
- �� Option B → Rs 200 + Rs 50 = Rs 250
- This counts the wheat twice and leads to double counting.
- �� Option C → Rs 200 / Rs 50 = 4
- This calculates a ratio and has no relevance to value added.
- �� Option D → Rs 50
- This represents only the cost of wheat and ignores the baker's contribution.
Used
- Substitution
Application:
- Substitute the given values into the value-added formula.
Final Logic:
- Value Added = 200 − 50 = Rs 150; therefore, Option A is correct.
VA = Output − Input
13 Variables that are measured at a specific point in time, and do not refer to a period, are formally known as:
�� Stock variables are measured at one point in time. �� They do not require a time period. �� Wealth and inventory are common examples.
A stock variable measures the quantity of an economic variable at a particular point in time. Examples include wealth, inventory, and capital stock on a given date. Unlike flow variables, stock variables do not require a time period for measurement. Option A is incorrect because flow variables require a time period. Option B is incorrect because investment is a flow variable. Option C is incorrect because depreciation is measured over time. Option D correctly identifies stock variables.
- �� Option A → Flow variables
- Flows measure activities occurring over a period of time.
- �� Option B → Investments
- Investment is measured per month or year and is therefore a flow.
- �� Option C → Depreciation allowances
- Depreciation is calculated over an accounting period.
Used
- Dimensional/Unit Analysis
Application:
- Determine whether the variable requires a time period or is measured at a single instant.
Final Logic:
- Only stock variables are measured at a particular point in time; therefore, Option D is correct.
Stock = Snapshot
14 Match the economic variable (List 1) with its classification (List 2):
| List 1 | List 2 |
|---|---|
| 1. Inventory of unsold goods on Jan 1st | a. Flow |
| 2. Monthly salary of a worker | b. Flow |
| 3. Number of machines in a factory today | c. Stock |
| 4. Annual profit of a corporation | d. Stock |
�� Inventory is a stock variable. �� Salary and profit are flow variables. �� Number of machines represents capital stock.
Inventory of unsold goods on Jan 1st is measured at a particular date, so it is a stock. Monthly salary is earned over a month, making it a flow. Number of machines today is measured at a specific point in time, so it is a stock. Annual profit is earned during a year, making it a flow. Thus, the correct matching is: 1-c, 2-a, 3-d, 4-b Therefore, Option B is correct.
- �� Option A → 1-a, 2-b, 3-c, 4-d
- Incorrectly classifies inventory as a flow.
- �� Option C → 1-b, 2-a, 3-d, 4-c
- Incorrectly classifies inventory as a flow and profit as a stock.
- �� Option D → 1-d, 2-c, 3-b, 4-a
- Incorrectly classifies salary as a stock and machines as a flow.
Used
- Option Grouping
Application:
- Separate stock variables from flow variables before matching them.
Final Logic:
- Inventory and machines are stocks, while salary and profit are flows; therefore, Option B is correct.
Today = Stock | Per Month/Year = Flow
15 The change in a firm's inventory calculated over a specific year is considered:
�� Change in inventory occurs over a period. �� Any change measured during a year is a flow. �� Inventory itself is a stock, but its change is a flow.
Inventory existing on a particular date is a stock variable. However, the change in inventory during a year measures the increase or decrease over a specified period. Since it refers to activity over time, it is classified as a flow variable. Option A is incorrect because only the inventory level at a point in time is a stock. Option B correctly identifies the annual change as a flow. Option C is incorrect because "static variable" is not a standard national income concept. Option D is incorrect because a change in inventory is not necessarily a capital loss. Therefore, Option B is correct.
- �� Option A → A stock variable
- The inventory level is a stock, but its annual change is a flow.
- �� Option C → A static variable
- This is not a recognized NCERT classification.
- �� Option D → A capital loss
- Inventory may increase or decrease; it is not automatically a capital loss.
Used
- Contextual/Tonal Matching
Application:
- Focus on the phrase "over a specific year," which indicates a flow variable.
Final Logic:
- Any economic variable measured over a period is a flow; therefore, Option B is correct.
Stock Changes = Flow
16 Why must income or output be defined over a delineated time period?
�� Income and output are flow variables. �� Flow variables are measured over a specified period. �� Without a time period, they have no economic meaning.
Income and output represent economic activities that occur continuously over time. Therefore, they are classified as flow variables, which must always be measured over a specific period such as a month, quarter, or year. Without a defined time period, concepts like income or output become meaningless because they cannot indicate the amount of economic activity performed. Option A correctly explains the nature of flow variables. Option B is incorrect because stock variables are measured at a particular point in time. Option C is incorrect because avoiding double counting is unrelated to defining flow variables. Option D is incorrect because the lifespan of intermediate goods has no connection with measuring income or output. Therefore, Option A is correct.
- �� Option B → Because stock variables require time periods for calculation.
- Stock variables are measured at a specific point in time and do not require a time period.
- �� Option C → Because double counting can only be avoided at a single point in time.
- Double counting is avoided by counting only final goods or by using the value-added method, not by measuring variables at a single point in time.
- �� Option D → Because intermediate goods do not have a defined lifespan.
- The useful life of intermediate goods is unrelated to the definition of flow variables.
Used
- Contextual/Tonal Matching
Application:
- Focus on the phrase "defined over a delineated time period," which directly indicates a flow concept.
Final Logic:
- Income and output are flow variables measured over time; therefore, Option A is correct.
Income = Per Year = Flow
17
�� Factory buildings exist at a particular point in time. �� They continue to provide services over many years. �� Therefore, they are classified as stock variables.
The passage clearly states that factory buildings and machines exist irrespective of a specific time period. They are measured at a particular point in time and continue serving production over many years. Such variables are called stocks because they represent the quantity of an asset at a given instant rather than activity over a period. Option A is incorrect because factory buildings do not wear out immediately. Option B is incorrect because they are not necessarily added every month. Option C is incorrect because factory buildings are stock variables, not flows. Option D correctly reflects the statement in the passage. Therefore, Option D is correct.
- �� Option A → Because they wear out immediately
- Factory buildings are durable assets and depreciate gradually over time.
- �� Option B → Because they are added every month
- Buildings may be added occasionally, but this is not the reason they are classified as stocks.
- �� Option C → Because they are measured as a flow of production
- Buildings are measured at a point in time and therefore represent stock variables.
Used
- Contextual/Tonal Matching
Application:
- Use the exact wording of the passage to identify the correct option.
Final Logic:
- The passage explicitly states that factory buildings exist irrespective of a specific time period; therefore, Option D is correct.
Building = Stock
18
�� Addition of a machine occurs during a period. �� Changes in stock are measured as flows. �� Investment is a flow variable.
The number of machines in a factory at a particular date is a stock variable. However, the addition of a new machine during the year represents a change in that stock over a specified period. Any change measured over time is a flow variable. This addition is also an example of investment. Option A is incorrect because the addition is not itself a stock. Option B is incorrect because "capital extinction" is not the relevant concept. Option C correctly identifies the annual addition as a flow variable. Option D is incorrect because adding a machine does not involve double counting. Therefore, Option C is correct.
- �� Option A → Final stock
- The machine contributes to stock, but the addition during the year is a flow.
- �� Option B → Capital extinction
- The question refers to an addition of capital, not its destruction.
- �� Option D → Double counted value
- The addition of a machine has no connection with double counting.
Used
- Contextual/Tonal Matching
Application:
- Pay attention to the phrase "during the year," which indicates a flow variable.
Final Logic:
- An addition measured over a period is a flow; therefore, Option C is correct.
Addition During Year = Flow
19 All the capital goods produced in a year, including those meant for replacing existing capital, constitute the _____ of an economy.
�� Gross investment includes replacement investment. �� It also includes net additions to capital stock. �� It measures the total investment made during a year.
Gross investment refers to the total production of capital goods during a year, including both: Replacement of depreciated capital, and Net additions to the capital stock. Since the question specifically includes capital goods meant for replacing existing capital, it refers to gross investment. Option A is incorrect because net investment excludes depreciation. Option B correctly includes both replacement and new investment. Option C refers to inputs consumed during production. Option D measures contribution to production rather than investment. Therefore, Option B is correct.
- �� Option A → Net investment
- Net investment is obtained only after deducting depreciation.
- �� Option C → Intermediate consumption
- Intermediate consumption refers to goods used up during production.
- �� Option D → Value added
- Value added measures the additional value created during production, not capital formation.
Used
- Elimination
Application:
- Look for the option that includes replacement investment, which distinguishes gross investment from net investment.
Final Logic:
- Investment including replacement equals gross investment; therefore, Option B is correct.
Gross = Total (Replacement + New)
20 If Gross Investment is Rs 10,000 crores and Depreciation (replacement of existing capital) is Rs 2,000 crores, what is the new capital formation (Net Investment)?
�� Net investment measures the actual increase in capital stock. �� Depreciation is deducted from gross investment. �� The remaining amount is new capital formation.
The NCERT formula is: Net Investment = Gross Investment − Depreciation Substituting the values: Gross Investment = Rs 10,000 crores Depreciation = Rs 2,000 crores Net Investment = Rs 10,000 − Rs 2,000 = Rs 8,000 crores Hence, Option A is correct. Option A correctly applies the formula. Option B incorrectly adds depreciation. Option C gives an incorrect difference. Option D is unrelated to the calculation.
- �� Option B → Rs 12,000 crores
- Depreciation should be subtracted, not added.
- �� Option C → Rs 5,000 crores
- This value does not result from the given data.
- �� Option D → Rs 20,000 crores
- This overstates the actual investment and ignores depreciation.
Used
- Substitution
Application:
- Apply the standard NCERT formula by substituting the given numerical values.
Final Logic:
- Net Investment = Gross Investment − Depreciation = Rs 8,000 crores; therefore, Option A is correct.
Net = Gross − Depreciation
